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Selected Topics in UAS Engineering

Niveau

Beginner

Learning outcomes of the courses/module

Upon completion of the course, students will be able to:
- Describe and apply fundamental concepts and methods from drone engineering.
- Describe and apply in-depth concepts and interrelations from drone engineering.
- Critically evaluate and question methods and concepts of drone engineering.
- Apply and analyze methods and concepts of engineering to issues in the field of robotics and drones.


Prerequisites for the course

None

Course content

This module provides flexibility for students during their semester abroad by offering a variety of elective options at partner universities in economically oriented sciences. National credits will be converted into equivalent ECTS points as necessary, and students will follow the examination regulations of the partner university. Example subject areas include:

- Advanced Programming
- Advanced Aeronautical/Drone Design
- Advanced Analysis of Data (e.g., Multimedia, Time Series)
- Introductory Courses in Game Design
- Augmented and Virtual Reality
- Human-Computer Interaction and User Experience Design (UX)
- Software Engineering and Testing

Recommended specialist literature

- Will be delivered by the partner university

Assessment methods and criteria

To be defined by the partner university

Language

English

Number of ECTS credits awarded

12

Share of e-learning in %

0

Semester hours per week

0.0

Planned teaching and learning method

To be defined by the partner university

Semester/trimester in which the course/module is offered

5

Name of lecturer

Academic year

Key figure of the course/module

5_2

Type of course/module

integrated lecture

Type of course

Compulsory

Internship(s)